Statement

After years of hype, wearable devices are happening. What wearable computing lacks is a way to integrate devices into a broader system.

Disclaimer/Disclosure/Warning

For the past two months or so, I’ve been taking notes about this “wearable hub” idea (started around CES’s time, as wearable devices like the Pebble and Google Glass were discussed with more intensity). At this point, I have over 3000 words in notes, which probably means that I’d have enough material for a long essay. This post is just a way to release a few ideas and to “think aloud” about what wearables may mean.

Some of these notes have to do with the fact that I started using a few wearable devices to monitor my activities, after a health issue pushed me to start doing some exercise.

I’m not a technologist nor do I play one on this blog. I’m primarily an ethnographer, with diverse interests in technology and its implications for human beings. I do research on technological appropriation and some of the course I teach relate to the social dimensions of technology. Some of the approaches to technology that I discuss in those courses relate to constructionism and Actor-Network Theory.

I consider myself a “geek ethnographer” in the sense that I take part in geek culture (and have come out as a geek) but I’m also an outsider to geekdom.

Contrary to the likes of McLuhan, Carr, and Morozov, my perspective on technology and society is non-deterministic. The way I use them, “implication” and “affordance” aren’t about causal effects or, even, about direct connections. I’m not saying that society is causing technology to appear nor am I proposing a line from tools to social impacts. Technology and society are in a complex system.

Further, my approach isn’t predictive. I’m not saying what will happen based on technological advances nor am I saying what technology will appear. I’m thinking about the meaning of technology in an intersubjective way.

My personal attitude on tools and gadgets is rather ambivalent. This becomes clear as I go back and forth between techno-enthusiastic contexts (where I can almost appear like a Luddite) and techno-skeptical contexts (where some might label me as a gadget freak). I integrate a number of tools in my life but I can be quite wary about them.

I’m not wedded to the ideas I’m putting forth, here. They’re just broad musings of what might be. More than anything, I hope to generate thoughtful discussion. That’s why I start this post with a broad statement (not my usual style).

Of course, I know that other people have had similar ideas and I know that a concept of “wearable hub” already exists. It’s obvious enough that it’s one of these things which can be invented independently.

From Wearables to Hubs

Back in the 1990s, “wearable computing” became something of a futuristic buzzword, often having to do with articles of clothing. There have been many experiments and prototypes converging on an idea that we would, one day, be able to wear something resembling a full computer. Meanwhile, “personal digital assistants” became something of a niche product and embedded systems became an important dimension of car manufacturing.

Fast-forward to 2007, when a significant shift in the use of smartphones occurred. Smartphones existed before that time, but their usages, meanings, and positions in the public discourse changed quite radically around the time of the iPhone’s release. Not that the iPhone itself “caused a smartphone revolution” or that smartphone adoption suddenly reached a “tipping point”. I conceive of this shift as a complex interplay between society and tools. Not only more Kuhn than Popper, but more Latour than Kurzweil.

Smartphones, it may be argued, “happened”.

Without being described as “wearable devices”, smartphones started playing some of the functions people might have assigned to wearable devices. The move was subtle enough that Limor Fried recently described it as a realization she’s been having. Some tech enthusiasts may be designing location-aware purses and heads-up displays in the form of glasses. Smartphones are already doing a lot of the things wearables were supposed to do. Many people “wear” smartphones at most times during their waking lives and these Internet-connected devices are full of sensors. With the proliferation of cases, one might even perceive some of them as fashion accessories, like watches and sunglasses.

Where smartphones become more interesting, in terms of wearable computing, is as de facto wearable hubs.

My Wearable Devices

Which brings me to mention the four sensors I’ve been using more extensively during the past two months:

Yes, these all have to do with fitness (and there’s quite a bit of overlap between them). And, yes, I started using them a few days after the New Year. But it’s not about holiday gifts or New Year’s resolutions. I’ve had some of these devices for a while and decided to use them after consulting with a physician about hypertension. Not only have they helped me quite a bit in solving some health issues, but these devices got me to think.

(I carry several other things with me at most times. Some of my favourites include Tenqa REMXD Bluetooth headphones and the LiveScribe echo smartpen.)

One aspect is that they’re all about the so-called “quantified self”. As a qualitative researcher, I tend to be skeptical of quants. In this case, though, the stats I’m collecting about myself fit with my qualitative approach. Along with quantitative data from these devices, I’ve started collecting qualitative data about my life. The next step is to integrate all those data points automatically.

These sensors are also connected to “gamification”, a tendency I find worrisome, preferring playfulness. Though game mechanics are applied to the use of these sensors, I choose to rely on my intrinsic motivation, not paying much attention to scores and badges.

But the part which pushed me to start taking the most notes was that all these sensors connect with my iOS ()and Android) devices. And this is where the “wearable hub” comes into play. None of these devices is autonomous. They’re all part of my personal “arsenal”, the equipment I have on my me on most occasions. Though there are many similarities between them, they still serve different purposes, which are much more limited than those “wearable computers” might have been expected to serve. Without a central device serving as a type of “hub”, these sensors wouldn’t be very useful. This “hub” needs not be a smartphone, despite the fact that, by default, smartphones are taken to be the key piece in this kind of setup.

In my personal scenario, I do use a smartphone as a hub. But I also use tablets. And I could easily use an existing device of another type (say, an iPod touch), or even a new type of device meant to serve as a wearable hub. Smartphones’ “hub” affordances aren’t exclusive.

From Digital Hub to Wearable Hub

Most of the devices which would likely serve as hubs for wearable sensors can be described as “Post-PC”. They’re clearly “personal” and they’re arguably “computers”. Yet they’re significantly different from the “Personal Computers” which have been so important at the end of last century (desktop and laptop computers not used as servers, regardless of the OS they run).

Wearability is a key point, here. But it’s not just a matter of weight or form factor. A wearable hub needs to be wireless in at least two important ways: independent from a power source and connected to other devices through radio waves. The fact that they’re worn at all times also implies a certain degree of integration with other things carried throughout the day (wallets, purses, backpacks, pockets…). These devices may also be more “personal” than PCs because they may be more apparent and more amenable to customization than PCs.

Smartphones fit the bill as wearable hubs. Their form factors and battery life make them wearable enough. Bluetooth (or ANT+, Nike+, etc.) has been used to pair them wirelessly with sensors. Their connectivity to GPS and cellular networking as well as their audio and visual i/o can have interesting uses (mapping a walk, data updates during a commute, voice feedback…). And though they’re far from ubiquitous, smartphones have become quite common in key markets.

Part of the reason I keep thinking about “hubs” has to do with comments made in 2001 by then Apple CEO Steve Jobs about the “digital lifestyle” age in “PC evolution” (video of Jobs’s presentation; as an anthropologist, I’ll refrain from commenting on the evolutionary analogies):

We believe the PC, or more… importantly, the Mac can become the “digital hub” of our emerging digital lifestyle, with the ability to add tremendous value to … other digital devices.

Though Jobs pinpointed iLife applications as the basis for this “digital hub” vision, it sounds like FireWire was meant to be an even more important part of this vision. Of course, USB has supplanted FireWire in most use cases. It’s interesting, then, to notice that Apple only recently started shipping Macs with USB 3. In fact, DVD burning is absent from recent Macs. In 2001, the Mac might have been at the forefront of this “digital lifestyle” age. In 2013, the Mac has moved away from its role as “digital hub”.

In the meantime, the iPhone has become one of the best known examples of what I’m calling “wearable hubs”. It has a small screen and small, expensive storage (by today’s standards). It also can’t burn DVDs. But it does have nearly-ubiquitous Internet connectivity and can run fairly complex applications, some of which are adapted from the iLife suite. And though it does have wired connectivity (through Lightning or the “dock connector”), its main hub affordances have to do with Bluetooth.

It’s interesting to note that the same Steve Jobs, who used the “digital hub” concept to explain that the PC wasn’t dead in 2001, is partly responsible for popularizing the concept of “post-PC devices” six years later. One might perceive hypocrisy in this much delayed apparent flip-flop. On the other hand, Steve Jobs’s 2007 comments (video) were somewhat nuanced, as to the role of post-PC devices. What’s more interesting, though, is to think about the implications of the shift between two views of digital devices, regardless of Apple’s position through that shift.

Some post-PC devices (including the iPhone, until quite recently) do require a connection to a PC. In this sense, a smartphone might maintain its position with regards to the PC as digital hub. Yet, some of those devices are used independently of PCs, including by some people who never owned PCs.

Post-Smartphone Hubs

It’s possible to imagine a wearable hub outside of the smartphone (and tablet) paradigm. While smartphones are a convenient way to interconnect wearables, their hub-related affordances still sound limited: they lack large displays and their storage space is quite expensive. Their battery life may also be something to consider in terms of serving as hubs. Their form factors make some sense, when functioning as phones. Yet they have little to do with their use as hubs.

Part of the realization, for me, came from the fact that I’ve been using a tablet as something of an untethered hub. Since I use Bluetooth headphones, I can listen to podcasts and music while my tablet is in my backpack without being entangled in a cable. Sounds trivial but it’s one of these affordances I find quite significant. Delegating music playing functions to my tablet relates in part to battery life and use of storage. The tablet’s display has no importance in this scenario. In fact, given some communication between devices, my smartphone could serve as a display for my tablet. So could a “smartwatch” or “smartglasses”.

The Body Hub

Which led me to think about other devices which would work as wearable hubs. I originally thought about backpackable and pocketable devices.

But a friend had a more striking idea:

@enkerli Undershirts will make a comeback, with a sensor mesh to monitor temp, heart rate, encourage you to move around more.

Under Armour’s Recharge Energy Suit may be an extreme version of this, one which would fit nicely among things Cathi Bond likes to discuss with Nora Young on The Sniffer. Nora herself has been discussing wearables on her blog as well as on her radio show. Sure, part of this concept is quite futuristic. But a sensor mesh undershirt is a neat idea for several reasons.

It’s easy to think of various sensors it may contain.

Given its surface area, it could hold enough battery power to supplement other devices.

It can be quite comfortable in cold weather and might even help diffuse heat in warmer climates.

Though wearable, it needs not be visible.

Thieves would probably have a hard time stealing it.

Vibration and haptic feedback on the body can open interesting possibilities.

Not that it’s the perfect digital hub and I’m sure there are multiple objections to a connected undershirt (including issues with radio signals). But I find the idea rather fun to think, partly because it’s so far away from the use of phones, glasses, and watches as smart devices.

Another thing I find neat, and it may partly be a coincidence, is the very notion of a “mesh”.

The Wearable Mesh

Mesh networking is a neat concept, which generates more hype than practical uses. As an alternative to WiFi access points and cellular connectivity, it’s unclear that it may “take the world by storm”. But as a way to connect personal devices, it might have some potential. After all, as Bernard Benhamou recently pointed out on France Culture’s Place de la toile, the Internet of Things may not require always-on full-bandwith connectivity. Typically, wearable sensors use fairly little bandwidth or only use it for limited amounts of time. A wearable mesh could connect wearable devices to one another while also exchanging data through the Internet itself.

Or with local devices. Smart cities, near field communication, and digital appliances occupy interesting positions among widely-discussed tendencies in the tech world. They may all have something to do with wearable devices. For instance, data exchanged between transit systems and their users could go through wearable devices. And while mobile payment systems can work through smartphones and other cellphones, wallet functions can also be fulfilled by other wearable devices.

Alternative Futures

Which might provide an appropriate segue into the ambivalence I feel toward the “wearable hub” concept I’m describing. Though I propose these ideas as if I were enthusiastic about them, they all give me pause. As a big fan of critical thinking, I like to think about “what might be” to generate questions and discussions exposing a diversity of viewpoints about the future.

Mass media discussions about these issues tend to focus on such things as privacy, availability, norms, and usefulness. Google Glass has generated quite a bit of buzz about all four. Other wearables may mainly raise issues for one or two of these broad dimensions. But the broad domain of wearable computing raises a lot more issues.

Technology enthusiasts enjoy discussing issues through the dualism between dystopia and utopia. An obvious issue with this dualism is that humans disagree about the two categories. Simply put, one person’s dystopia can be another person’s utopia, not to mention the nuanced views of people who see complex relationships between values and social change.

In such a context, a sociologist’s reflex may be to ask about the implications of these diverse values and opinions. For instance:

How do people construct these values?

Who decides which values are more important?

How might social groups cope with changes in values?

Discussing these issues and more, in a broad frame, might be quite useful. Some of the trickiest issues are raised after some changes in technology have already happened. From writing to cars, any technological context has unexpected implications. An ecological view of these implications could broaden the discussion.

I tend to like the concept of the “drift-off moment”, during which listeners (or readers) start thinking about the possibilities afforded a new tool (or concept). In the context of a sales pitch, the idea is that these possibilities are positive, a potential buyer is thinking about the ways she might use a newfangled device. But I also like the deeper process of thinking about all sorts of implications, regardless of their value.

Still thinking about touch devices, such as the iPod touch and the rumoured “Apple Tablet.”

Thinking out loud. Rambling even more crazily than usual.

Something important about those devices is the need for a real “Personal Digital Assistant.” I put PDAs as a keyword for my previous post because I do use the iPod touch like I was using my PalmOS and even NewtonOS devices. But there’s more to it than that, especially if you think about cloud computing and speech technologies.
I mentioned speech recognition in that previous post. SR tends to be a pipedream of the computing world. Despite all the hopes put into realtime dictation, it still hasn’t taken off in a big way. One reason might be that it’s still somewhat cumbersome to use, in current incarnations. Another reason is that it’s relatively expensive as a standalone product which requires some getting used to. But I get the impression that another set of reasons has to do with the fact that it’s mostly fitting on a personal device. Partly because it needs to be trained. But also because voice itself is a personal thing.

Cloud computing also takes a new meaning with a truly personal device. It’s no surprise that there are so many offerings with some sort of cloud computing feature in the App Store. Not only do Apple’s touch devices have limited file storage space but the notion of accessing your files in the cloud go well with a personal device.
So, what’s the optimal personal device? I’d say that Apple’s touch devices are getting close to it but that there’s room for improvement.

Some perspective…

Originally, the PC was supposed to be a “personal” computer. But the distinction was mostly with mainframes. PCs may be owned by a given person, but they’re not so tied to that person, especially given the fact that they’re often used in a single context (office or home, say). A given desktop PC can be important in someone’s life, but it’s not always present like a personal device should be. What’s funny is that “personal computers” became somewhat more “personal” with the ‘Net and networking in general. Each computer had a name, etc. But those machines remained somewhat impersonal. In many cases, even when there are multiple profiles on the same machine, it’s not so safe to assume who the current user of the machine is at any given point.

On paper, the laptop could have been that “personal device” I’m thinking about. People may share a desktop computer but they usually don’t share their laptop, unless it’s mostly used like a desktop computer. The laptop being relatively easy to carry, it’s common for people to bring one back and forth between different sites: work, home, café, school… Sounds tautological, as this is what laptops are supposed to be. But the point I’m thinking about is that these are still distinct sites where some sort of desk or table is usually available. People may use laptops on their actual laps, but the form factor is still closer to a portable desktop computer than to the kind of personal device I have in mind.

Then, we can go all the way to “wearable computing.” There’s been some hype about wearable computers but it has yet to really be part of our daily lives. Partly for technical reasons but partly because it may not really be what people need.

The original PDAs (especially those on NewtonOS and PalmOS) were getting closer to what people might need, as personal devices. The term “personal digital assistant” seemed to encapsulate what was needed. But, for several reasons, PDAs have been having a hard time. Maybe there wasn’t a killer app for PDAs, outside of “vertical markets.” Maybe the stylus was the problem. Maybe the screen size and bulk of the device weren’t getting to the exact points where people needed them. I was still using a PalmOS device in mid-2008 and it felt like I was among the last PDA users.
One point was that PDAs had been replaced by “smartphones.” After a certain point, most devices running PalmOS were actually phones. RIM’s Blackberry succeeded in a certain niche (let’s use the vague term “professionals”) and is even beginning to expand out of it. And devices using other OSes have had their importance. It may not have been the revolution some readers of Pen Computing might have expected, but the smartphone has been a more successful “personal device” than the original PDAs.

It’s easy to broaden our focus from smartphones and think about cellphones in general. If the 3.3B figure can be trusted, cellphones may already be outnumbering desktop and laptop computers by 3:1. And cellphones really are personal. You bring them everywhere; you don’t need any kind of surface to use them; phone communication actually does seem to be a killer app, even after all this time; there are cellphones in just about any price range; cellphone carriers outside of Canada and the US are offering plans which are relatively reasonable; despite some variation, cellphones are rather similar from one manufacturer to the next… In short, cellphones already were personal devices, even before the smartphone category really emerged.

What did smartphones add? Basically, a few PDA/PIM features and some form of Internet access or, at least, some form of email. “Whoa! Impressive!”

Actually, some PIM features were already available on most cellphones and Internet access from a smartphone is in continuity with SMS and data on regular cellphones.

What did Apple’s touch devices add which was so compelling? Maybe not so much, apart from the multitouch interface, a few games, and integration with desktop/laptop computers. Even then, most of these changes were an evolution over the basic smartphone concept. Still, it seems to have worked as a way to open up personal devices to some new dimensions. People now use the iPhone (or some other multitouch smartphone which came out after the iPhone) as a single device to do all sorts of things. Around the World, multitouch smartphones are still much further from being ubiquitous than are cellphones in general. But we could say that these devices have brought the personal device idea to a new phase. At least, one can say that they’re much more exciting than the other personal computing devices.

But what’s next for personal devices?

Any set of buzzphrases. Cloud computing, speech recognition, social media…

These things can all come together, now. The “cloud” is mostly ready and personal devices make cloud computing more interesting because they’re “always-on,” are almost-wearable, have batteries lasting just about long enough, already serve to keep some important personal data, and are usually single-user.

Speech recognition could go well with those voice-enabled personal devices. For one thing, they already have sound input. And, by this time, people are used to seeing others “talk to themselves” as cellphones are so common. Plus, voice recognition is already understood as a kind of security feature. And, despite their popularity, these devices could use a further killer app, especially in terms of text entry and processing. Some of these devices already have voice control and it’s not so much of a stretch to imagine them having what’s needed for continuous speech recognition.

“Social media” may seem like too broad a category. In many ways, those devices already take part in social networking, user-generated content, and microblogging, to name a few areas of social media. But what about a unified personal profile based on the device instead of the usual authentication method? Yes, all sorts of security issues. But aren’t people unconcerned about security in the case of social media? Twitter accounts are being hacked left and right yet Twitter doesn’t seem to suffer much. And there could be added security features on a personal device which is meant to really integrate social media. Some current personal devices already work well as a way to keep login credentials to multiple sites. The next step, there, would be to integrate all those social media services into the device itself. We maybe waiting for OpenSocial, OpenID, OAuth, Facebook Connect, Google Connect, and all sorts of APIs to bring us to an easier “social media workflow.” But a personal device could simplify the “social media workflow” even further, with just a few OS-based tweaks.

Unlike my previous, I’m not holding my breath for some specific event which will bring us the ultimate personal device. After all, this is just a new version of my ultimate handheld device blogpost. But, this time, I was focusing on what it means for a device to be “personal.” It’s even more of a drafty draft than my blogposts usually have been ever since I decided to really RERO.

Microblogging (Laconica, Twitter, etc.) is still a hot topic. For instance, during the past few episodes of This Week in Tech, comments were made about the preponderance of Twitter as a discussion theme: microblogging is so prominent on that show that some people complain that there’s too much talk about Twitter. Given the centrality of Leo Laporte’s podcast in geek culture (among Anglos, at least), such comments are significant.

The context for the latest comments about TWiT coverage of Twitter had to do with Twitter’s financials: during this financial crisis, Twitter is given funding without even asking for it. While it may seem surprising at first, given the fact that Twitter hasn’t publicized a business plan and doesn’t appear to be profitable at this time,

Along with social networking, microblogging is even discussed in mainstream media. For instance, Médialogues (a media critique on Swiss national radio) recently had a segment about both Facebook and Twitter. Just yesterday, Comedy Central’s The Daily Show with Jon Stewart made fun of compulsive twittering and mainstream media coverage of Twitter (original, Canadian access).

Clearly, microblogging is getting some mindshare.

What the future holds for microblogging is clearly uncertain. Anything can happen. My guess is that microblogging will remain important for a while (at least a few years) but that it will transform itself rather radically. Chances are that other platforms will have microblogging features (something Facebook can do with status updates and something Automattic has been trying to do with some WordPress themes). In these troubled times, Montreal startup Identi.ca received some funding to continue developing its open microblogging platform. Jaiku, bought by Google last year, is going open source, which may be good news for microblogging in general. Twitter itself might maintain its “marketshare” or other players may take over. There’s already a large number of third-party tools and services making use of Twitter, from Mahalo Answers to Remember the Milk, Twistory to TweetDeck.

Together, these all point to the current importance of microblogging and the potential for further development in that sphere. None of this means that microblogging is “The Next Big Thing.” But it’s reasonable to expect that microblogging will continue to grow in use.

(Those who are trying to grok microblogging, Common Craft’s Twitter in Plain English video is among the best-known descriptions of Twitter and it seems like an efficient way to “get the idea.”)

One thing which is rarely mentioned about microblogging is the prominent social structure supporting it. Like “Social Networking Systems” (LinkedIn, Facebook, Ning, MySpace…), microblogging makes it possible for people to “connect” to one another (as contacts/acquaintances/friends). Like blogs, microblogging platforms make it possible to link to somebody else’s material and get notifications for some of these links (a bit like pings and trackbacks). Like blogrolls, microblogging systems allow for lists of “favourite authors.” Unlike Social Networking Systems but similar to blogrolls, microblogging allow for asymmetrical relations, unreciprocated links: if I like somebody’s microblogging updates, I can subscribe to those (by “following” that person) and publicly show my appreciation of that person’s work, regardless of whether or not this microblogger likes my own updates.

There’s something strangely powerful there because it taps the power of social networks while avoiding tricky issues of reciprocity, “confidentiality,” and “intimacy.”

From the end user’s perspective, microblogging contacts may be easier to establish than contacts through Facebook or Orkut. From a social science perspective, microblogging links seem to approximate some of the fluidity found in social networks, without adding much complexity in the description of the relationships. Subscribing to someone’s updates gives me the role of “follower” with regards to that person. Conversely, those I follow receive the role of “following” (“followee” would seem logical, given the common “-er”/”-ee” pattern). The following and follower roles are complementary but each is sufficient by itself as a useful social link.

Typically, a microblogging system like Twitter or Identi.ca qualifies two-way connections as “friendship” while one-way connections could be labelled as “fandom” (if Andrew follows Betty’s updates but Betty doesn’t follow Andrew’s, Andrew is perceived as one of Betty’s “fans”). Profiles on microblogging systems are relatively simple and public, allowing for low-involvement online “presence.” As long as updates are kept public, anybody can connect to anybody else without even needing an introduction. In fact, because microblogging systems send notifications to users when they get new followers (through email and/or SMS), subscribing to someone’s update is often akin to introducing yourself to that person.

Reciprocating is the object of relatively intense social pressure. A microblogger whose follower:following ratio is far from 1:1 may be regarded as either a snob (follower:following much higher than 1:1) or as something of a microblogging failure (follower:following much lower than 1:1). As in any social context, perceived snobbery may be associated with sophistication but it also carries opprobrium. Perry Belcher made a video about what he calls “Twitter Snobs” and some French bloggers have elaborated on that concept. (Some are now claiming their right to be Twitter Snobs.) Low follower:following ratios can result from breach of etiquette (for instance, ostentatious self-promotion carried beyond the accepted limit) or even non-human status (many microblogging accounts are associated to “bots” producing automated content).

The result of the pressure for reciprocation is that contacts are reciprocated regardless of personal relations. Some users even set up ways to automatically follow everyone who follows them. Despite being tricky, these methods escape the personal connection issue. Contrary to Social Networking Systems (and despite the term “friend” used for reciprocated contacts), following someone on a microblogging service implies little in terms of friendship.

One reason I personally find this fascinating is that specifying personal connections has been an important part of the development of social networks online. For instance, long-defunct SixDegrees.com (one of the earliest Social Networking Systems to appear online) required of users that they specified the precise nature of their relationship to users with whom they were connected. Details escape me but I distinctly remember that acquaintances, colleagues, and friends were distinguished. If I remember correctly, only one such personal connection was allowed for any pair of users and this connection had to be confirmed before the two users were linked through the system. Facebook’s method to account for personal connections is somewhat more sophisticated despite the fact that all contacts are labelled as “friends” regardless of the nature of the connection. The uniform use of the term “friend” has been decried by many public commentators of Facebook (including in the United States where “friend” is often applied to any person with whom one is simply on friendly terms).

In this context, the flexibility with which microblogging contacts are made merits consideration: by allowing unidirectional contacts, microblogging platforms may have solved a tricky social network problem. And while the strength of the connection between two microbloggers is left unacknowledged, there are several methods to assess it (for instance through replies and republished updates).

Social contacts are the very basis of social media. In this case, microblogging represents a step towards both simplified and complexified social contacts.

Which leads me to the theme which prompted me to start this blogpost: event-based microblogging.

I posted the following blog entry (in French) about event-based microblogging, back in November.

I haven’t received any direct feedback on it and the topic seems to have little echoes in the social media sphere.

During the last PodMtl meeting on February 18, I tried to throw my event-based microblogging idea in the ring. This generated a rather lengthy between a friend and myself. (Because I don’t want to put words in this friend’s mouth, who happens to be relatively high-profile, I won’t mention this friend’s name.) This friend voiced several objections to my main idea and I got to think about this basic notion a bit further. At the risk of sounding exceedingly opinionated, I must say that my friend’s objections actually comforted me in the notion that my “event microblog” idea makes a lot of sense.

The basic idea is quite simple: microblogging instances tied to specific events. There are technical issues in terms of hosting and such but I’m mostly thinking about associating microblogs and events.

What I had in mind during the PodMtl discussion has to do with grouping features, which are often requested by Twitter users (including by Perry Belcher who called out Twitter Snobs). And while I do insist on events as a basis for those instances (like groups), some of the same logic applies to specific interests. However, given the time-sensitivity of microblogging, I still think that events are more significant in this context than interests, however defined.

In the PodMtl discussion, I frequently referred to BarCamp-like events (in part because my friend and interlocutor had participated in a number of such events). The same concept applies to any event, including one which is just unfolding (say, assassination of Guinea-Bissau’s president or bombings in Mumbai).

Microblogging users are expected to think about “hashtags,” those textual labels preceded with the ‘#’ symbol which are meant to categorize microblogging updates. But hashtags are problematic on several levels.

They require preliminary agreement among multiple microbloggers, a tricky proposition in any social media. “Let’s use #Bissau09. Everybody agrees with that?” It can get ugly and, even if it doesn’t, the process is awkward (especially for new users).

Even if agreement has been reached, there might be discrepancies in the way hashtags are typed. “Was it #TwestivalMtl or #TwestivalMontreal, I forgot.”

In terms of language economy, it’s unsurprising that the same hashtag would be used for different things. Is “#pcmtl” about Podcamp Montreal, about personal computers in Montreal, about PCM Transcoding Library…?

Hashtags are frequently misunderstood by many microbloggers. Just this week, a tweep of mine (a “peep” on Twitter) asked about them after having been on Twitter for months.

While there are multiple ways to track hashtags (including through SMS, in some regions), there is no way to further specify the tracked updates (for instance, by user).

The distinction between a hashtag and a keyword is too subtle to be really useful. Twitter Search, for instance, lumps the two together.

Hashtags take time to type. Even if microbloggers aren’t necessarily typing frantically, the time taken to type all those hashtags seems counterproductive and may even distract microbloggers.

Repetitively typing the same string is a very specific kind of task which seems to go against the microblogging ethos, if not the cognitive processes associated with microblogging.

The number of character in a hashtag decreases the amount of text in every update. When all you have is 140 characters at a time, the thirteen characters in “#TwestivalMtl” constitute almost 10% of your update.

If the same hashtag is used by a large number of people, the visual effect can be that this hashtag is actually dominating the microblogging stream. Since there currently isn’t a way to ignore updates containing a certain hashtag, this effect may even discourage people from using a microblogging service.

There are multiple solutions to these issues, of course. Some of them are surely discussed among developers of microblogging systems. And my notion of event-specific microblogs isn’t geared toward solving these issues. But I do think separate instances make more sense than hashtags, especially in terms of specific events.

My friend’s objections to my event microblogging idea had something to do with visibility. It seems that this friend wants all updates to be visible, regardless of the context. While I don’t disagree with this, I would claim that it would still be useful to “opt out” of certain discussions when people we follow are involved. If I know that Sean is participating in a PHP conference and that most of his updates will be about PHP for a period of time, I would enjoy the possibility to hide PHP-related updates for a specific period of time. The reason I talk about this specific case is simple: a friend of mine has manifested some frustration about the large number of updates made by participants in Podcamp Montreal (myself included). Partly in reaction to this, he stopped following me on Twitter and only resumed following me after Podcamp Montreal had ended. In this case, my friend could have hidden Podcamp Montreal updates and still have received other updates from the same microbloggers.

To a certain extent, event-specific instances are a bit similar to “rooms” in MMORPG and other forms of real-time many-to-many text-based communication such as the nostalgia-inducing Internet Relay Chat. Despite Dave Winer’s strong claim to the contrary (and attempt at defining microblogging away from IRC), a microblogging instance could, in fact, act as a de facto chatroom. When such a structure is needed. Taking advantage of the work done in microblogging over the past year (which seems to have advanced more rapidly than work on chatrooms has, during the past fifteen years). Instead of setting up an IRC channel, a Web-based chatroom, or even a session on MSN Messenger, users could use their microblogging platform of choice and either decide to follow all updates related to a given event or simply not “opt-out” of following those updates (depending on their preferences). Updates related to multiple events are visible simultaneously (which isn’t really the case with IRC or chatrooms) and there could be ways to make event-specific updates more prominent. In fact, there would be easy ways to keep real-time statistics of those updates and get a bird’s eye view of those conversations.

And there’s a point about event-specific microblogging which is likely to both displease “alpha geeks” and convince corporate users: updates about some events could be “protected” in the sense that they would not appear in the public stream in realtime. The simplest case for this could be a company-wide meeting during which backchannel is allowed and even expected “within the walls” of the event. The “nothing should leave this room” attitude seems contradictory to social media in general, but many cases can be made for “confidential microblogging.” Microblogged conversations can easily be archived and these archives could be made public at a later date. Event-specific microblogging allows for some control of the “permeability” of the boundaries surrounding the event. “But why would people use microblogging instead of simply talking to another?,” you ask. Several quick answers: participants aren’t in the same room, vocal communication is mostly single-channel, large groups of people are unlikely to communicate efficiently through oral means only, several things are more efficiently done through writing, written updates are easier to track and archive…

There are many other things I’d like to say about event-based microblogging but this post is already long. There’s one thing I want to explain, which connects back to the social network dimension of microblogging.

Events can be simplistically conceived as social contexts which bring people together. (Yes, duh!) Participants in a given event constitute a “community of experience” regardless of the personal connections between them. They may be strangers, ennemies, relatives, acquaintances, friends, etc. But they all share something. “Participation,” in this case, can be relatively passive and the difference between key participants (say, volunteers and lecturers in a conference) and attendees is relatively moot, at a certain level of analysis. The key, here, is the set of connections between people at the event.

These connections are a very powerful component of social networks. We typically meet people through “events,” albeit informal ones. Some events are explicitly meant to connect people who have something in common. In some circles, “networking” refers to something like this. The temporal dimension of social connections is an important one. By analogy to philosophy of language, the “first meeting” (and the set of “first impressions”) constitute the “baptism” of the personal (or social) connection. In social media especially, the nature of social connections tends to be monovalent enough that this “baptism event” gains special significance.

The online construction of social networks relies on a finite number of dimensions, including personal characteristics described in a profile, indirect connections (FOAF), shared interests, textual content, geographical location, and participation in certain activities. Depending on a variety of personal factors, people may be quite inclusive or rather exclusive, based on those dimensions. “I follow back everyone who lives in Austin” or “Only people I have met in person can belong to my inner circle.” The sophistication with which online personal connections are negotiated, along such dimensions, is a thing of beauty. In view of this sophistication, tools used in social media seem relatively crude and underdeveloped.

Going back to the (un)conference concept, the usefulness of having access to a list of all participants in a given event seems quite obvious. In an open event like BarCamp, it could greatly facilitate the event’s logistics. In a closed event with paid access, it could be linked to registration (despite geek resistance, closed events serve a purpose; one could even imagine events where attendance is free but the microblogging backchannel incurs a cost). In some events, everybody would be visible to everybody else. In others, there could be a sort of ACL for diverse types of participants. In some cases, people could be allowed to “lurk” without being seen while in others radically transparency could be enforced. For public events with all participants visible, lists of participants could be archived and used for several purposes (such as assessing which sessions in a conference are more popular or “tracking” event regulars).

One reason I keep thinking about event-specific microblogging is that I occasionally use microblogging like others use business cards. In a geek crowd, I may ask for someone’s Twitter username in order to establish a connection with that person. Typically, I will start following that person on Twitter and find opportunities to communicate with that person later on. Given the possibility for one-way relationships, it establishes a social connection without requiring personal involvement. In fact, that person may easily ignore me without the danger of a face threat.

If there were event-specific instances from microblogging platforms, we could manage connections and profiles in a more sophisticated way. For instance, someone could use a barebones profile for contacts made during an impersonal event and a full-fledged profile for contacts made during a more “intimate” event. After noticing a friend using an event-specific business card with an event-specific email address, I got to think that this event microblogging idea might serve as a way to fill a social need.

More than most of my other blogposts, I expect comments on this one. Objections are obviously welcomed, especially if they’re made thoughtfully (like my PodMtl friend made them). Suggestions would be especially useful. Or even questions about diverse points that I haven’t addressed (several of which I can already think about).

So…

What do you think of this idea of event-based microblogging? Would you use a microblogging instance linked to an event, say at an unconference? Can you think of fun features an event-based microblogging instance could have? If you think about similar ideas you’ve seen proposed online, care to share some links?

I’m still giving Diigo.com a try, so this is partly an excuse to try out the “send to blog” feature.
These are selected links to blogposts and articles about issues related to the One Laptop Per Child project, with my embedded annotations.

The tone of the main article seems fairly appropriate, in my mind. Take home message of “let’s move on to the more important issues?” – post by enkerli

collapse of a well-meaning computer scheme

Sounds harsh but is actually quite realistic. In fact, the “well-meaning” part depends on individuals’ actual intentions, a tricky subject. – post by enkerli

implosion

great masters of technological hype

Though partly sarcastic, a recognition of Negroponte’s talent. – post by enkerli

endorsed

constructionism

expensive gimmick

OLPC members keep getting defensive at comments like these but the fact that the Indian government found the device expensive points to a disconnect in the ways the device has been perceived in different parts of the world. – post by enkerli

no evidence at all that they will actually help

Even if evidence is available to OLPC members, it has not been presented publicly. Evidence-based research needs not be incompatible with non-profit efforts. – post by enkerli

article of faith

Addressing the religious fervor with which some technology enthusiasts have been defending their ideas. “These effects are real because we say they are.” – post by enkerli

learn about computers

Though it’s not always a well-acknowledged point, the OLPC project’s goal was, in a way, to transform children abroad into something which could serve in “our” workforce. “Neocolonialism” is one way to put it. – post by enkerli

Probably because of a “childhood is sacred” ideology, the OLPC project effectively sought to widen the generation gap in communities where they have been active. This seems quite detrimental to community-building but may, in fact, help in turning group solidarity into socially mobile individuals. Neo-liberals and neo-conservatives tend to like these types of social changes. – post by enkerli

Moodle thread on constructionism motivated by my knee-jerk reactions to what I perceived as dismissive anti-constructionist and anti-constructivist backlash in comments about the OLPC. – post by enkerli

Despite the snarky comments about “constructionism”/”constructivism” being “mixed up,” Ploskonka’s piece comes from an interesting perspective. Just noticed Ploskonka lives in Austin, where I was living until recently. Just – post by enkerli

Cellphones, leapfrog, and education: the more you think about it with a fresh perspective, the more you imagine possibilities. Why is it that so many people dismiss cellphones as learning tools? – post by enkerli

This time, I’m heavily editing my comments. So it’s less of a repost than a new blogpost. In some ways, it’s partly a follow-up to my “Ultimate Handheld Device” post (which ended up focusing on spatial positioning).

Given the OLPC context, the angle here is, hopefully, a culturally aware version of “a handheld device for the rest of us.”

Here goes…

I think there’s room in the World for a device category more similar to handhelds than to subnotebooks. Let’s call it “handhelds for the rest of us” (HftRoU). Something between a cellphone, a portable gaming console, a portable media player, and a personal digital assistant. Handheld devices exist which cover most of these features/applications, but I’m mostly using this categorization to think about the future of handhelds in a globalised World.

The “new” device category could serve as the inspiration for a follow-up to the OLPC project. One thing about which I keep thinking, in relation to the “OLPC” project, is that the ‘L’ part was too restrictive. Sure, laptops can be great tools for students, especially if these students are used to (or need to be trained in) working with and typing long-form text. But I don’t think that laptops represent the most “disruptive technology” around. If we think about their global penetration and widespread impact, cellphones are much closer to the leapfrog effect about which we all have been writing.

So, why not just talk about a cellphone or smartphone? Well, I’m trying to think both more broadly and more specifically. Cellphones are already helping people empower themselves. The next step might to add selected features which bring them closer to the OLPC dream. Also, since cellphones are widely distributed already, I think it’s important to think about devices which may complement cellphones. I have some ideas about non-handheld tools which could make cellphones even more relevant in people’s lives. But they will have to wait for another blogpost.

So, to put it simply, “handhelds for the rest of us” (HftRoU) are somewhere between the OLPC XO-1 and Apple’s original iPhone, in terms of features. In terms of prices, I dream that it could be closer to that of basic cellphones which are in the hands of so many people across the globe. I don’t know what that price may be but I heard things which sounded like a third of the price the OLPC originally had in mind (so, a sixth of the current price). Sure, it may take a while before such a low cost can be reached. But I actually don’t think we’re in a hurry.

I guess I’m just thinking of the electronics (and global) version of the Ford T. With more solidarity in mind. And cultural awareness.

Google’s Open Handset Alliance (OHA) may produce something more appropriate to “global contexts” than Apple’s iPhone. In comparison with Apple’s iPhone, devices developed by the OHA could be better adapted to the cultural, climatic, and economic conditions of those people who don’t have easy access to the kind of computers “we” take for granted. At the very least, the OHA has good representation on at least three continents and, like the old OLPC project, the OHA is officially dedicated to openness.

I actually care fairly little about which teams will develop devices in this category. In fact, I hope that new manufacturers will spring up in some local communities and that major manufacturers will pay attention.

I don’t care about who does it, I’m mostly interested in what the devices will make possible. Learning, broadly speaking. Communicating, in different ways. Empowering themselves, generally.

One thing I have in mind, and which deviates from the OLPC mission, is that there should be appropriate handheld devices for all age-ranges. I do understand the focus on 6-12 year-olds the old OLPC had. But I don’t think it’s very productive to only sell devices to that age-range. Especially not in those parts of the world (i.e., almost anywhere) where generation gaps don’t imply that children are isolated from adults. In fact, as an anthropologist, I react rather strongly to the thought that children should be the exclusive target of a project meant to empower people. But I digress, as always.

I don’t tend to be a feature-freak but I have been thinking about the main features the prototypical device in this category should have. It’s not a rigid set of guidelines. It’s just a way to think out loud about technology’s integration in human life.

The OS and GUI, which seem like major advantages of the eeePC, could certainly be of the mobile/handheld type instead of the desktop/laptop type. The usual suspects: Symbian, NewtonOS, Android, Zune, PalmOS, Cocoa Touch, embedded Linux, Playstation Portable, WindowsCE, and Nintendo DS. At a certain level of abstraction, there are so many commonalities between all of these that it doesn’t seem very efficient to invent a completely new GUI/OS “paradigm,” like OLPC’s Sugar was apparently trying to do.

The HftRoU require some form of networking or wireless connectivity feature. WiFi (802.11*), GSM, UMTS, WiMAX, Bluetooth… Doesn’t need to be extremely fast, but it should be flexible and it absolutely cannot be cost-prohibitive. IP might make much more sense than, say, SMS/MMS, but a lot can be done with any kind of data transmission between devices. XO-style mesh networking could be a very interesting option. As VoIP has proven, voice can efficiently be transmitted as data so “voice networks” aren’t necessary.

My sense is that a multitouch interface with an accelerometer would be extremely effective. Yes, I’m thinking of Apple’s Touch devices and MacBooks. As well as about the Microsoft Surface, and Jeff Han’s Perceptive Pixel. One thing all of these have shown is how “intuitive” it can be to interact with a machine using gestures. Haptic feedback could also be useful but I’m not convinced it’s “there yet.”

I’m really not sure a keyboard is very important. In fact, I think that keyboard-focused laptops and tablets are the wrong basis for thinking about “handhelds for the rest of us.” Bear in mind that I’m not thinking about devices for would-be office workers or even programmers. I’m thinking about the broadest user base you can imagine. “The Rest of Us” in the sense of, those not already using computers very directly. And that user base isn’t that invested in (or committed to) touch-typing. Even people who are very literate don’t tend to be extremely efficient typists. If we think about global literacy rates, typing might be one thing which needs to be leapfrogged. After all, a cellphone keypad can be quite effective in some hands and there are several other ways to input text, especially if typing isn’t too ingrained in you. Furthermore, keyboards aren’t that convenient in multilingual contexts (i.e., in most parts of the world). I say: avoid the keyboard altogether, make it available as an option, or use a virtual one. People will complain. But it’s a necessary step.

If the device is to be used for voice communication, some audio support is absolutely required. Even if voice communication isn’t part of it (and I’m not completely convinced it’s the one required feature), audio is very useful, IMHO (I’m an aural guy). In some parts of the world, speakers are much favoured over headphones or headsets. But I personally wish that at least some HftRoU could have external audio inputs/outputs. Maybe through USB or an iPod-style connector.

A voice interface would be fabulous, but there still seem to be technical issues with both speech recognition and speech synthesis. I used to work in that field and I keep dreaming, like Bill Gates and others do, that speech will finally take the world by storm. But maybe the time still hasn’t come.

It’s hard to tell what size the screen should be. There probably needs to be a range of devices with varying screen sizes. Apple’s Touch devices prove that you don’t need a very large screen to have an immersive experience. Maybe some HftRoU screens should in fact be larger than that of an iPhone or iPod touch. Especially if people are to read or write long-form text on them. Maybe the eeePC had it right. Especially if the devices’ form factor is more like a big handheld than like a small subnotebook (i.e., slimmer than an eeePC). One reason form factor matters, in my mind, is that it could make the devices “disappear.” That, and the difference between having a device on you (in your pocket) and carrying a bag with a device in it. Form factor was a big issue with my Newton MessagePad 130. As the OLPC XO showed, cost and power consumption are also important issues regarding screen size. I’d vote for a range of screens between 3.5 inch (iPhone) and 8.9 inch (eeePC 900) with a rather high resolution. A multitouch version of the XO’s screen could be a major contribution.

In terms of both audio and screen features, some consideration should be given to adaptive technologies. Most of us take for granted that “almost anyone” can hear and see. We usually don’t perceive major issues in the fact that “personal computing” typically focuses on visual and auditory stimuli. But if these devices truly are “for the rest of us,” they could help empower visually- or hearing-impaired individuals, who are often marginalized. This is especially relevant in the logic of humanitarianism.

HftRoU needs a much autonomy from a power source as possible. Both in terms of the number of hours devices can be operated without needing to be connected to a power source and in terms of flexibility in power sources. Power management is a major technological issue, with portable, handheld, and mobile devices. Engineers are hard at work, trying to find as many solutions to this issue as they can. This was, obviously, a major area of research for the OLPC. But I’m not even sure the solutions they have found are the only relevant ones for what I imagine HftRoU to be.

GPS could have interesting uses, but doesn’t seem very cost-effective. Other “wireless positioning systems” (à la Skyhook) might reprsent a more rational option. Still, I think positioning systems are one of the next big things. Not only for navigation or for location-based targeting. But for a set of “unintended uses” which are the hallmark of truly disruptive technology. I still remember an article (probably in the venerable Wired magazine) about the use of GPS/GIS for research into climate change. Such “unintended uses” are, in my mind, much closer to the constructionistideal than the OLPC XO’s unified design can ever get.

Though a camera seems to be a given in any portable or mobile device (even the OLPC XO has one), I’m not yet that clear on how important it really is. Sure, people like taking pictures or filming things. Yes, pictures taken through cellphones have had a lasting impact on social and cultural events. But I still get the feeling that the main reason cameras are included on so many devices is for impulse buying, not as a feature to be used so frequently by all users. Also, standalone cameras probably have a rather high level of penetration already and it might be best not to duplicate this type of feature. But, of course, a camera could easily be a differentiating factor between two devices in the same category. I don’t think that cameras should be absent from HftRoU. I just think it’s possible to have “killer apps” without cameras. Again, I’m biased.

Apart from networking/connectivity uses, Bluetooth seems like a luxury. Sure, it can be neat. But I don’t feel it adds that much functionality to HftRoU. Yet again, I could be proven wrong. Especially if networking and other inter-device communication are combined. At some abstract level, there isn’t that much difference between exchanging data across a network and controlling a device with another device.

Yes, I do realize I pretty much described an iPod touch (or an iPhone without camera, Bluetooth, or cellphone fees). I’ve been lusting over an iPod touch since September and it does colour my approach. I sincerely think the iPod touch could serve as an inspiration for a new device type. But, again, I care very little about which company makes that device. I don’t even care about how open the operating system is.

While my comment is held for moderation, I thought I might post it here. I still have a lot more to say about these issues (and about the OLPC), and I should group everything I’ve written about that project and its outcomes. But it will have to wait for another time.

Isn’t it time to revisit this issue, now that the OLPC team and XO device are undergoing major changes?
Isn’t it time to call OLPC something?

I think the OLPC project was, indeed, a success. Negroponte was successful at giving exposure to the idea of low-cost laptops. The design team has succeeded in finding solutions to a number of technological issues, including Bitfrost security and Pixel Qi’s screen. Pilot projects have paved the way for projects by other teams. The G1G1 program brought fairly convenient subnotebooks to technology enthusiasts in the United States. And the multiple discussions we’re having about the OLPC contain a number of insightful comments about constructivist learning, constructionist teaching, the need for careful research in design projects, global inequalities, and the ways people empower themselves through the use of diverse tools.
As an education project, the OLPC worked.

But I also think the XO-1 should not, in fact, be purchased by education systems in different parts of the world.
No, I really don’t think I’m being stubborn or opinionated. I just think that this part of the OLPC project may distract us from the OLPC success.
After crash testing the XO-1 for a week and looking at a broad range of issues surrounding the machine, I would say that it’s a decent prototype to get people thinking about some interesting features (like ubiquitous mesh networking, journaling, and collaborative activities). But that laptop is too flawed to be the standard electronic device to make available to “children abroad,” let alone forced upon them through massive government purchases.
I could expand but I feel there is too much focus on the XO-1 already.

Cellphones have been mentioned several times in comments to this post and I sincerely think there’s something going on.
We need to keep an open mind, especially given the differences in how cellphones are used in diverse parts of the world.
Learners and teachers are, in fact, using cellphones in learning and teaching. For instance, cellphones are used for interactive quizzes (mobilestudy.org). Scholars at Sapporo Gakuin University and elsewhere have been using cellphones in connection with course management systems. A large part of what people throughout the world are doing with cellphones can easily be called “lifelong learning,” whether or not there is a formal structure with a teacher in front of a passive classroom.
Some people do write long-form texts (including novels) on cellphones. Some cellphones are, in fact, used to read textbooks and other (in my mind more appropriate) text formats. Making a digital drawing and putting together a music score are probably doable on several cellphones: they’re trivial tasks on a very basic smartphone. In fact, musicking with something like Bhajis Loops is as compatible with Papert-style constructionism as you can get. I dare say, even more so than Jean Piché’s TamTam on the OLPC XO (with all due respect to Jean and his team, of course).
It seems quite clear that a device design based on cellphones should at least be taken into consideration by people interested in “the rest of the world.”
Sure, some of the latest high-end smartphones can be quite costly, at retail. But even the difference between manufacturing costs for an OLPC XO-1 and an Apple iPhone is minimal. Clearly, there’s an economic logic behind the fact that global cellphone penetration already reached 3.3 billion.
I’m really not a cellphone fanboy. In fact, I’ve only been using cellphones for a few months and they have been very basic models lent by friends and relatives. But, as an ethnographer, I can’t help but notice that cellphones have a role to play, as “disruptive technology,” in helping people empower themselves. Especially in those parts of the world which were of interest to the old OLPC project.
Maybe cellphone-related devices aren’t the one solution to every child’s needs. But what evidence do we have that laptops were, indeed, the single device type to deploy to children in as diverse parts of the world as Nigeria, Peru, and Mongolia?
So, the naïve question is: if OLPC really was an education project, why did it focus so exclusively on a single electronic device? Why not plan a complete product line? Why not write a cross-platform application layer? Why not build appropriate factories in local communities? Why not build a consortium with local projects? Yes, all these things are being done now, including by former members of the OLPC team. But they weren’t part of the OLPC project. They can be potential outcomes of the OLPC project.

So, it’s time to call OLPC a success. And move on.
Let’s now look at other projects around the world which are helping kids learn, with or without some neat tools. Let’s not lose the momentum. Let’s not focus too much on the choice of an operating system or on the specific feature set the “educational technology version of the Ford T” may have. Sure, we can and probably should talk openly about these things.
But there are so many other important things to take into consideration…